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Technical University of Munich
Technical University of Munich

Completed Research Projects

HochhausBestand. Best practice in dealing with high-rise office buildings from the 1950s/1960s
PhyTAB
Potentials of hygrothermally activated building components - energy-efficient space conditioning by means of an air-perfused solid wood component and hygroscopically optimised surfaces
Realizing a Nearly Zero Energy Standard for the Waldorfschule Uhlandshöhe in Stuttgart
Summer thermal comfort
City Climate Canopies (C3)
Striving for Simplicity
Realizing a Zero Energy Standard for Three Student Residences at TUM Campus in Garching
Simply Build 3
Monitoring of the pilot houses made of solid wood, lightweight concrete and highly insulating masonry from Simply Build 2 and validation of the results
Adaptable wooden hybrid for differentiated expansion stages
Robust, User-friendly and Cost-effective HVAC in Buildings
SMARTER TOGETHER
Technical and Scientific Steering of Building Process, Implementation, Monitoring and Evaluation of the "Alnaturawelt"
EC HM – Elektrochromic Heat Mirror Window

Simply Build 2
Integral strategies for energy-efficient and simple building-methods with wood, lightweight concrete and highly insulated masonry – Analysis of the interaction between space, construction and building technology

Energy Use Plan Munich
2nd SKIN SCALER project
Big data for Energetic Optimising Operations
Potential Study on Low-Tech Building Concepts for Museum Storages Exemplified by a Central Storage Building for the `Deutsches Museum´ in Munich
Façade Leasing Demonstrator Project
Development of a ressource-friendly concept for construction, fire protection and energy for wooden high rise buildings as an integral part of the architectural design concept using the example of a wooden high rise building in Nürnberg-Langwasser
Development of a demonstrator for a decentralized MSR technology on IoT-basis, including a scientific supervision and potential analysis
Simply Build 1
Integral strategies for energy-efficient and simple building-methods with wood, lightweight concrete and highly insulated masonry – Analysis of the interaction between space, construction and building technology
PowerApp - Awareness of power consumption
Build with vision
Parameter study of passive design strategies and their impact on thermal comfort, active systems and the use of embodied energy in office buildings
Computer based outline planning in urban development context considering energy and indoor climate aspects
Evaluating the current status of school buildings and future school buildings with regard to sustainable, cost-efficient and conceptual architecture in conjunction with the quality of indoor comfort
Development of exemplary reconstruction methods for the Gymnasium Hohenstaufen in Göppingen on a basis of measurements and analysis in reconstructed school buildings
Development of exemplary construction methods for the Waldofschule Uhlandshöhe in Stuttgart on a basis of measurements and analysis in new school buildings
Scientific supervision of the pilot project "e% - Energy Efficient Housing"
Increase of the Urban Use of Renewable Energies through Low-Temperature District Heating Networks
Impact of Microclimate on People Flows in dense Urban Space
Green Factory - Potentials for the energy efficiency growth of industrial locations
Load management potential of buildings in the context of the future energy supply in Germany
Development of strategies for considering embodied energy demand in the iterative holistic design process of buildings using the example of the Alnatura Campus in Darmstadt
Storage and load managemant potential in buildings
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